How nuclear morphology is regulated during development and disease remains poorly understood. In this issue of Developmental Cell, using a pronuclear assembly assay, Xue et al. (2013) demonstrate that Dppa2, a chromatin-bound microtubule regulator, controls both the morphology and function of the pronucleus by fine-tuning microtubule dynamics
Nuclear size changes dynamically during development and has long been observed to correlate with the...
SummaryNuclear size changes dynamically during development and has long been observed to correlate w...
Size of the nucleus, a membrane-bound organelle for DNA replication and transcription in eukaryotic ...
SummaryNuclear shape and size vary between species, during development, and in many tissue pathologi...
How nuclear morphology is regulated during development and disease remains poorly understood. In thi...
AbstractMicrotubules are implicated in the movement and positioning of nuclei in many cell types. Nu...
International audienceNuclear shape is different in stem cells and differentiated cells and reflects...
Summary Background: The shape of a nucleus depends on the nuclear lamina, which is tightly associate...
AbstractThe cytosolic role of γ-tubulin as a microtubule organizer has been studied thoroughly, but ...
Reporting in Developmental Cell, Hara and Merten (2015) apply the use of microfabrication and in vit...
SummaryEarly Xenopus laevis embryogenesis is a robust system for investigating mechanisms of develop...
Eukaryotic cells are characterized by having a clearly defined nucleus that encloses genetic materia...
Centrosome- and chromatin-based microtubule nucleation pathways have been implicated in spindle asse...
AbstractRecent developments in live-cell imaging are challenging our stereotyped view of the fixed c...
SummaryThe microtubules that comprise mitotic spindles in animal cells are nucleated at centrosomes ...
Nuclear size changes dynamically during development and has long been observed to correlate with the...
SummaryNuclear size changes dynamically during development and has long been observed to correlate w...
Size of the nucleus, a membrane-bound organelle for DNA replication and transcription in eukaryotic ...
SummaryNuclear shape and size vary between species, during development, and in many tissue pathologi...
How nuclear morphology is regulated during development and disease remains poorly understood. In thi...
AbstractMicrotubules are implicated in the movement and positioning of nuclei in many cell types. Nu...
International audienceNuclear shape is different in stem cells and differentiated cells and reflects...
Summary Background: The shape of a nucleus depends on the nuclear lamina, which is tightly associate...
AbstractThe cytosolic role of γ-tubulin as a microtubule organizer has been studied thoroughly, but ...
Reporting in Developmental Cell, Hara and Merten (2015) apply the use of microfabrication and in vit...
SummaryEarly Xenopus laevis embryogenesis is a robust system for investigating mechanisms of develop...
Eukaryotic cells are characterized by having a clearly defined nucleus that encloses genetic materia...
Centrosome- and chromatin-based microtubule nucleation pathways have been implicated in spindle asse...
AbstractRecent developments in live-cell imaging are challenging our stereotyped view of the fixed c...
SummaryThe microtubules that comprise mitotic spindles in animal cells are nucleated at centrosomes ...
Nuclear size changes dynamically during development and has long been observed to correlate with the...
SummaryNuclear size changes dynamically during development and has long been observed to correlate w...
Size of the nucleus, a membrane-bound organelle for DNA replication and transcription in eukaryotic ...
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